The robust brass construction incorporates infrared touchless sensors that provide instant hands-free operation of both water flow and soap dispensing; both with infrared touchless contactless modes, available together. This set offers a touchless experience for hands-free operation with environmental responsibility: the detection range is responsive at a distance from the spout of 2.5 " (6 cm) for efficiency; in so doing reduce waste while also helping create and keep one of the cleanest work environments possible. The revolving functional design, and magnitization of the faucet also provide convenience over performance Both improve the use of faucet on a daily basis.Based on 0.04 - 0.7 MPa pressure regulation your faucet's performance will remain constant for almost any basin configuration and operation. The ADA Compliant makes this faucet easy to operate, while the single hole wall mounted installation makes it a straightforward update for today's modern washroom designs. Smart Faucet + Soap Dispenser System; Smart hygiene system for modern facilities—precision sensing, consistent dosing, water-saving flow control, auto shut-off safety, service-friendly refills, ADA-compliant spacing, TMV ready.

FontanaCrystalGuard™ Chrome TwinSense 2-in-1 Touchless Faucet & Foam Soap Dispenser FAQ

Dual-Sensor Commissioning, 2.5-Inch Detection; Chrome Surface Protection

The FontanaCrystalGuard™ Chrome TwinSense combines a touchless faucet and automatic foam soap dispenser in a coordinated dual-sensor system. It features brass construction, single-hole deck mounting, infrared hands-free activation, a 2.5-inch sensor distance, battery operation, and reliable performance across a 0.05–0.7 MPa water-pressure range.

How should the two infrared sensing zones be commissioned?

Complete commissioning after the basin, countertop, mirror, lighting, and surrounding accessories are installed. Test the water and foam-soap sensors independently and confirm that normal hand placement activates only the intended function without cross-triggering the adjacent sensor, basin surface, or nearby movement.

How should the 2.5-inch sensor distance be checked?

Approach each sensor repeatedly from normal hand-washing positions and verify reliable activation at approximately 2.5 inches. Reflective materials, sensor contamination, fixture misalignment, or surrounding objects can alter the practical detection field and should be corrected before the fixture is released for regular use.

What should be checked if water or foam dispensing becomes inconsistent?

Clean both infrared sensor windows, verify the four AA batteries and electrical connections, flush the water supply for debris, and confirm that the foam-soap delivery line is fully primed. Trapped air, sediment, weak batteries, or sensor interference can cause delayed or inconsistent operation.

How should the Chrome finish be cleaned without scratching or hazing it?

Remove fingerprints, water spots, and soap residue with a soft damp microfiber cloth and dry the fixture immediately. Use diluted pH-neutral soap only and avoid abrasive pads, acidic descalers, bleach, ammonia, steel wool, aggressive polishing compounds, and concentrated disinfectants.

Chrome